Token2 Molto-1 is a programmable multi-profile hardware token. Having a multi-profile programmable hardware token means you can have only one device for up to 10 of your accounts. Molto-1 supports long seeds (up to 128 base32 chars) and is currently the only TOTP hardware token that can be used to hold seeds generated by AWS 2FA (64 chars in base32).

TOKEN2 is a multinational IT security company headquartered in Versoix, Switzerland, providing various security solutions focused on multifactor authentication…

Microsoft has recently announced the public preview availability of classic OATH hardware tokens with its cloud-hosted Azure MFA Server. Token2 is listed as one of the vendors. All of our tokens have been tested and are confirmed compatible with this new feature, feel free to choose any from our online shop.
You can compare the specifications of different products using the product comparison page

Token2 programmable tokens are "drop-in" replacements of OTP mobile apps (such as Google Authenticator or similar).
They supports all authentication backends requiring TOTP tokens and are compatible with services such as Google Accounts,
Microsoft, Facebook, Stripe, VKontakte, Dropbox, GitHub, Kickstarter, TeamViewer, and others.
Token2 is launching sales of world's first programmable TOTP tokens with time sync, miniOTP-2 and OTPC-P1

Read more about security of the TOTP hardware token secret keys and how this data is stored and operated…

Token2 provides classic OATH compliant TOTP tokens, that can work with systems allowing shared secret modifications , such as Azure MFA server and many others . Token2 has also developed a plugin that allows enabling classic hardware token authentication with WordPress without the need of an additional authentication server or API. Each device has a unique serial number to identify the hardware token. Seeds associated with the respective serial numbers are sent separately after the delivery is confirmed by the customer. Additionally, an online tool to generate QR codes from the hardware token seeds will allow cloning them to software token mobile applications

Orders are dispatched and shipped usually within one or two business days. If shipping option selected is including tracking, the tracking code will be added to the order page and the link will be sent to the customer…

FIDO2 security keys are an unphishable standards-based passwordless authentication method that can come in any form factor.
Token2 T2F2 FIDO2 Security keys enable organizations and users to use a USB key sign in to Azure AD without the need of entering a password.
In addition to FIDO2 specifications (WebAuthn+CTAP), T2F2 keys also support U2F protocol, so you can use the same key with multiple authentication providers' login scheme (i.e. Google 2FA and Azure passwordless).

A simple and cost-effective way to provide secure, policy-compliant and user-friendly on-premises two-factor authentication solution with self-enrollment. TOTPRadius is a 2FA authentication server deployed as a virtual appliance and designed to run on Hyper-V or VMWare hypervisors.

TOKEN2 TOTPRadius provides the RADIUS RFC-2865 for TOTP RFC-6238 based authentication. With TOTPRadius you can integrate a large variety of third-party products and systems with multi-factor authentication. A number of enterprise products and services like VPNs (including Meraki CVPN and Fortinet VPN), Citrix XenApp/XenDesktop, VMWare View and many others provide support for RADIUS servers to validate second factor of user authentications.

TOTPRadius supports OTP-only authentication based on RFC-2865 algorithm (TOTP: Time-Based One-Time Password Algorithm), LDAP authentication as well as LDAP+TOTP combined authentication. It provides a web based administration panel and an HTTPS REST based API service designed to enable users' self-enrollment.

free to use with up to 5 users

drift detection and time skew support

TOKEN2 is deriving from a number of university projects of its founders, with main ideas having academic backgrounds and published in various reputable academic sources such as ITU, IEEE, University of Derby and University of Geneva…